Collecting in situ remote sensing reflectances of submersed macrophytes to build up a spectral library for lake monitoring

Arnulf Melzer; Patrick Wolf; Sebastian R??ler; Thomas Schneider

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Collecting in situ remote sensing reflectances of submersed macrophytes to build up a spectral library for lake monitoring

机译：收集被淹植物的原位遥感反射率，以建立用于湖泊监测的光谱库

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To map the aquatic vegetation of Bavarian (Germany) freshwater lakes in a large-scaled and quick way, remote sensing is a helpful tool. For interpretation of the data, a spectral library of different macrophyte and sediment reflectances is under development. Therefore. multi-temporal in situ remote sensing reflectances were sampled from May to October 2011 with hyperspectral RAMSES spectroradiometers. Occurring spectral variations during the growing season could be linked to biometric and phenological data of the particulate species. Principal component analyses showed that, by applying the presented method, differentiation of the macrophytes from sediment and among each other is possible and can be improved by multi-temporal data.

机译：为了以大规模，快速的方式绘制巴伐利亚（德国）淡水湖的水生植被，遥感是一种有用的工具。为了解释数据，正在开发一种具有不同大型植物和沉积物反射率的光谱库。因此。 2011年5月至2011年10月，使用高光谱RAMSES分光辐射计对多时相原位遥感反射率进行了采样。在生长期发生的光谱变化可能与颗粒物的生物特征和物候数据有关。主成分分析表明，通过应用所提出的方法，可以区分大型植物与沉积物以及彼此之间的区别，并且可以通过多时相数据加以改进。

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《European Journal of Remote Sensing》 |2013年第1期|共页
作者
Arnulf Melzer; Patrick Wolf; Sebastian R??ler; Thomas Schneider;
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1. Collecting in situ remote sensing reflectances of submersed macrophytes to build up a spectral library for lake monitoring [J] . Arnulf Melzer, Patrick Wolf, Sebastian R??ler, European Journal of Remote Sensing . 2013,第1期

机译：收集被淹植物的原位遥感反射率，以建立用于湖泊监测的光谱库
2. Transferring spectral libraries of canopy reflectance for crop classification using hyperspectral remote sensing data. [J] . Nidamanuri R. R., Zbell B. Biosystems Engineering . 2011,第3期

机译：使用高光谱遥感数据传输冠层反射光谱库进行作物分类。
3. Building spectral libraries for wetlands land cover classification and hyperspectral remote sensing [J] . R.J. Zomer, A. Trabucco, S.L. Ustin Journal of Environmental Management . 2009,第7期

机译：建立用于湿地土地覆盖分类和高光谱遥感的光谱库
4. THE NEED OF A PHENOLOGICAL SPECTRAL LIBRARY OF SUBMERSED MACROPHYTES FOR LAKE MONITORING [C] . Patrick Wolf, Sebastian R??ler, Thomas Schneider, Proceedings of ESA living planet symposium . 2013

机译：沉浸式大型植物物候谱库用于湖泊监测的需求
5. Long term monitoring and analysis of chlorophyll a and primary production in Kentucky Lake using in situ and remotely sensed data. [D] . Morgan, Charles Albert, III. 2013

机译：使用原位和遥感数据，长期监测和分析肯塔基州湖中的叶绿素a及其主要产量。
6. Photosynthesis in Submersed Macrophytes of a Temperate Lake [O] . Sven Beer, Robert G. Wetzel 1982

机译：温带湖淹没植物的光合作用
7. Remote sensing of chlorophyll in Lake Kinneret using highspectral- resolution radiometer and Landsat TM: spectral features of reflectance and algorithm development [O] . Yacobi, Yosef Z., Giltelson, Anatoly, Mayo, Meir 1995

机译：使用高光谱分辨率辐射计和Landsat Tm遥感感应Lake Kinneret的叶绿素：反射光谱特征和算法开发
8. Development of Hyperspectral Remote Sensing Capability For the Early Detection and Monitoring of Harmful Algal Blooms (HABs) in the Great Lakes. [R] . Lekki, J., Anderson, R., Nguyen, Q. V., 2013

机译：开发用于早期检测和监测大湖区有害藻华（HaBs）的高光谱遥感能力。

Collecting in situ remote sensing reflectances of submersed macrophytes to build up a spectral library for lake monitoring

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